FADU Commerce Director Jin Taijun recently stated that the company has established the “FADU 2.0” development axis, strengthened enterprise-grade SSD main control core technology, and extended the product layout from traditional CPU data centers to AI computing environments. In his view, AI demand is expanding from accelerated training to inference. The explosion of AI agents, long text processing, and complex inference applications makes it necessary for data centers to access massive amounts of data more frequently and at a higher speed. In particular, frequent reading and writing of inference intermediate data such as KV Cache makes SSDs no longer simply storage devices, but a key part of AI computing architectures. The FADU product layout has been extended from PCIe Gen5 to Gen6 and Gen7. The Gen6 main controller completed chip out in the first half of this year, and is expected to be shipped in the second half of the year. Among them, the FC-6161 sequential reading speed is up to 28.5 GB per second, and the controller power consumption is less than 7 W at peak performance.
Zhitongcaijing · 2d ago
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FADU Commerce Director Jin Taijun recently stated that the company has established the “FADU 2.0” development axis, strengthened enterprise-grade SSD main control core technology, and extended the product layout from traditional CPU data centers to AI computing environments. In his view, AI demand is expanding from accelerated training to inference. The explosion of AI agents, long text processing, and complex inference applications makes it necessary for data centers to access massive amounts of data more frequently and at a higher speed. In particular, frequent reading and writing of inference intermediate data such as KV Cache makes SSDs no longer simply storage devices, but a key part of AI computing architectures. The FADU product layout has been extended from PCIe Gen5 to Gen6 and Gen7. The Gen6 main controller completed chip out in the first half of this year, and is expected to be shipped in the second half of the year. Among them, the FC-6161 sequential reading speed is up to 28.5 GB per second, and the controller power consumption is less than 7 W at peak performance.
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